Materials Science and Engineering Professor Xudong Wang (left) and colleagues developed an unobtrusive device that harnesses energy from the wearer and delivers gentle electric pulses to stimulate dormant hair follicles and regrow hair. Read more.
Graphene nanoribbons on silicon wafers could help lead the way toward super fast computer chips. Read more.
Cold spray is a hot topic for MS&E master’s student Mia Lenling Read more.
MSE assistant professor Jiamian Hu and professor Chang-Beom Eom are taking a different approach and using magnets in the world of medicine Read more.
‘Cadillac’ of fellowships helps MS&E student, Tyler Dabney, drive nuclear research forward Read more.
Bending the rules: Professor Izabela Szlufarska and postdoctoral scholar Hongliang Zhang examine data in their lab, where they’ve observed a particular material’s internal structure shift during bending in a way that’s completely new for metals Read more. Photo: Sam Million-Weaver
MSE Professor Xudong Wang (right) is one of two outstanding engineering faculty members who received the Presidential Early Career Award for Scientists and Engineers (PECASE) Read more.
Imagine how awesome the future can be!
Here in UW-Madison’s department of Materials Science and Engineering, you’ll study and collaborate with world-class researchers who use science to propel our society forward.
Can’t live without your super-fast smartphone? You can thank (or blame!) materials science for it; appreciate your fuel-efficient car? Brought to you in part by new materials! Are you excited by nanotechnology and the breakthroughs it offers in everything from cancer treatment to construction? The creation of new materials is where breakthroughs will happen, and you can join us in making them happen.
At UW-Madison, we’re driven forward by the belief that scientists and engineers must collaborate to help solve our world’s increasingly complex problems. Materials science and engineering offers you the toolkit you’ll need to be a part of that collaboration. Our students contribute to the understanding of everything from nanotechnology and sustainable energy production to space exploration and green construction.
Join us, and contribute to our next breakthroughs.
Everyone uses and consumes materials of all kinds: metals, ceramics, polymers, composites, semiconductors, and superconductors. Materials scientists and engineers create new materials and develop processes to improve existing materials to suit the needs of everyday life. These materials can help conserve energy, make engines run more efficiently, improve high-resolution TVs, make faster computers, improve sensors for automobiles, and create environmental controls. The study and development of materials is one of the most rapidly growing areas in all of science and engineering.
Materials science and engineering is both a foundational discipline in engineering and a branch of science at the intersection of physics, chemistry, biology, and related disciplines. We offer graduate degrees in materials science and engineering, with a primary focus on PhD students, who perform cutting-edge independent research with the support of their advisors and thesis committee members.
This Master's degree program is an accelerated, non-thesis named option within the Materials Science and Engineering department. Nanomaterials and nanoengineering are part of a rapidly expanding industrial segment. According to the NSF-funded National Nanotechnology Initiative, up to 1 million jobs in nanotechnology are expected to be available in the United States. This 12-month course-oriented program will help students with relevant undergraduate degrees to build a comprehensive fundamental and applied knowledge base for nanomaterials processing, characterization, and nanodevice development. It will enable Materials Science and Engineering students to enter the nano-engineering workforce directly after the Master's degree.
MS&E Capstone Projects
The MS&E Capstone Projects are the culminating academic and intellectual experience for our students in their final year of undergraduate study. They require students to integrate the knowledge and skills they have gained throughout the curriculum to solve problems creatively. The projects are also a sustained, year-long exercise in true engineering practice, from project planning through execution to delivery of results.
MS&E students work on a projects in materials design, selection, and application. The two capstone project courses (MSE 470 and 471) develop skills problem identification, experimental design, data acquisition and analysis, and presentation of results, with an emphasis on creativity and application of fundamental engineering principles.
Clients play a key role in defining, supporting, and guiding capstone projects.
Students work in teams to apply their knowledge to solve a directed, client-based materials science and engineering design project. They will work closely together with their client in development and execution a statement of work, use of research laboratory facilities, and conducting design of experiments culminating with a project report and presentation of research results to the client.
We tailor the capstone project teams to the engineering needs of our clients, including creating interdisciplinary engineering teams involving MS&E students and students from other departments across the College of Engineering to meet client needs.